var Chart_els,AngDist_els=new AngularDistribution();
M_els={system:"lab",crossSection:"ratio",scaleLog:true,gridLines:true,mouseState:false};

var Chart_ils,AngDist_ils=new AngularDistribution();
M_ils={system:"lab",crossSection:"mb",scaleLog:true,gridLines:true,mouseState:false};

var Chart_tran,AngDist_tran=new AngularDistribution();
M_tran={system:"lab",crossSection:"mb",scaleLog:true,gridLines:true,mouseState:false};

var Chart_fus,EnDist_fus=new EnergyDistribution();
M_fus={system:"lab",crossSection:"mb",scaleLog:true,gridLines:true,mouseState:false};

var Chart_evr,Mass_exc_evr;
M_evr={system:"lab",crossSection:"mb",scaleLog:true,gridLines:true,mouseState:false};
var EnDist_evr=new EvrEnergyDistribution();
//var EnDist_evr=new Array();
//for (i=0;i<20;i++) EnDist_evr[i]=EvrEnergyDistribution();

//---------------------------------------------------------------------------
function redraw() {
}
//---------------------------------------------------------------------------
//                INELASTIC_SCATTERING
//---------------------------------------------------------------------------
function init_ils() { // Init values
ANGLE_ILS.updateList("cm\nlab");
CROSS_SECTION_ILS.updateList("b\nmb\n&mu;b\nnb\npb");
ERROR_ILS.updateList("%\nabs");
SPIN_ILS.Spin();
PARITY_ILS.Parity();
PROJ_ILS.setZ("8");
PROJ_ILS.setA("16");
PROJ_ILS.setSpin("0");
PROJ_ILS.setParity("+1");
TARG_ILS.setZ("20");
TARG_ILS.setA("40");
TARG_ILS.setSpin("0");
TARG_ILS.setParity("+1");
ENV_ILS.setE("61.4");
ENV_ILS.setSystem("lab");
EXCITATION_OF_ILS.setValue("target");
SPIN_ILS.setValue("2");
PARITY_ILS.setValue("+1");
E_EXC_ILS.setValue("1.332");
ANGLE_ILS.setValue("cm");
CROSS_SECTION_ILS.setValue("mb");
ERROR_ILS.setValue("%");
DATA_ILS.setValue("25 35.5 10\n27 51.2 10\n29 37.8 10\n31 21.6 10\n32 16 10\n33 17.5 10\n34 13.3 10\n35 12.9 10\n36 14.6 10\n37 15.9 10\n38 17.9 10\n39 20.2 10\n40 18 10\n41 18.1 10\n43 16.1 10\n44 16 10\n45 13.8 10\n46 12.3 10\n47 11.4 10\n48 11.9 10\n49 9.3 10\n50 6.8 10\n51 5.9 10\n52 6.2 10\n53 4.4 10\n54 4.8 10\n55 3.2 10\n56 2.8 10\n57 2.7 10\n59 2 10\n61 1.1 10");
draw_ils(); // Рисуем данные
VARIANT_ILS.list(); // Показываем список вариантов
}
//---------------------------------------------------------------------------
function autoname_ils() {
var s;
s=PROJ_ILS.getA()+PROJ_ILS.getElem()+" + "+TARG_ILS.getA()+TARG_ILS.getElem()+", E"+ENV_ILS.getSystem()+" = "+ENV_ILS.getE()+" MeV";
VARIANT_ILS.set(s);
}
//---------------------------------------------------------------------------
function save_ils() {
var jsonString='\
{\
"Z_PROJ": "'+PROJ_ILS.getZ()+'",\
"A_PROJ": "'+PROJ_ILS.getA()+'",\
"SPIN_PROJ": "'+PROJ_ILS.getSpin()+'",\
"PARITY_PROJ": "'+PROJ_ILS.getParity()+'",\
"Z_TARG": "'+TARG_ILS.getZ()+'",\
"A_TARG": "'+TARG_ILS.getA()+'",\
"SPIN_TARG": "'+TARG_ILS.getSpin()+'",\
"PARITY_TARG": "'+TARG_ILS.getParity()+'",\
"E": "'+ENV_ILS.getE()+'",\
"E_SYS": "'+ENV_ILS.getSystem()+'",\
"EXCITATION_OF": "'+EXCITATION_OF_ILS.getValue()+'",\
"SPIN": "'+SPIN_ILS.getValue()+'",\
"PARITY": "'+PARITY_ILS.getValue()+'",\
"E_EXC": "'+E_EXC_ILS.getValue()+'",\
"ANGLE": "'+ANGLE_ILS.getValue()+'",\
"CROSS_SECTION": "'+CROSS_SECTION_ILS.getValue()+'",\
"ERROR": "'+ERROR_ILS.getValue()+'",\
"DATA": "'+DATA_ILS.getValue().replace(/\n/g,"\\n")+'"\
}\
';
return(jsonString);
}
//---------------------------------------------------------------------------
function load_ils(data) {
var obj=JSON.parse(data);
PROJ_ILS.setZ(obj.Z_PROJ);
PROJ_ILS.setA(obj.A_PROJ);
PROJ_ILS.setSpin(obj.SPIN_PROJ);
PROJ_ILS.setParity(obj.PARITY_PROJ);
TARG_ILS.setZ(obj.Z_TARG);
TARG_ILS.setA(obj.A_TARG);
TARG_ILS.setSpin(obj.SPIN_TARG);
TARG_ILS.setParity(obj.PARITY_TARG);
ENV_ILS.setE(obj.E);
ENV_ILS.setSystem(obj.E_SYS);
EXCITATION_OF_ILS.setValue(obj.EXCITATION_OF);
SPIN_ILS.setValue(obj.SPIN);
PARITY_ILS.setValue(obj.PARITY);
E_EXC_ILS.setValue(obj.E_EXC);
ANGLE_ILS.setValue(obj.ANGLE);
CROSS_SECTION_ILS.setValue(obj.CROSS_SECTION);
ERROR_ILS.setValue(obj.ERROR);
DATA_ILS.setValue(obj.DATA);
DATA_ILS.format();
M_ils.crossSection = CROSS_SECTION_ILS.getValue();
M_ils.system = ANGLE_ILS.getValue();
draw_ils(); // Рисуем данные
}
//---------------------------------------------------------------------------
function draw_ils() {
	var i,j,k,l,n,pts,s,ss,s2,res="",w,w2,xmin,xmax,ymin,ymax,error,cs_units;
	// Значение Error
	error=ERROR_ILS.getValue();
	cs_units = M_ils.crossSection;
	angle_units=ANGLE_ILS.getValue();
	if (cs_units=="b") cs_units="barn";
	if (cs_units=="μb") cs_units="mcb";
	Chart_ils=new Chart('ID_CANVAS_ILS','14px Arial','black','16px Arial','black',"Θ"+M_ils.system+" (deg)","dσ/dΩ ("+cs_units+"/sr)",1,true,"gray","lightgoldenrodyellow",8,true,false,false);
	Chart_ils.xAxisType=true;
	// Получаем значение
	s=DATA_ILS.getValue();
	// Проверка, что строка не пустая
	if (s!="") {
		// Разбиваем на строки
		s=s.split("\n");
		pts=s.length;
		var gf=createArray(pts,4);
		for (i=0;i<pts;i++) { // Цикл по строкам
			// Разбиваем на поля
			ss=s[i].trim();
			ss=ss.replace(new RegExp("    ",'g')," ");
			ss=ss.replace(new RegExp("   ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			// Разбиваем на поля
			s2=ss.split(" ");
			gf[i][0]=1*s2[0];
			gf[i][1]=1*s2[1];
			if (error=="abs") gf[i][2]=1*s2[2]; else  gf[i][2]=s2[1]*s2[2]/100; 
			gf[i][3]=gf[i][2];
			// Ищем мининум и максимум
			if (i==0) { xmin=gf[i][0]; xmax=gf[i][0]; ymin=gf[i][1]; ymax=gf[i][1]; }
			else {
				if (1*gf[i][0]>xmax) xmax=gf[i][0];
				if (1*gf[i][0]<xmin) xmin=gf[i][0];
				if (1*gf[i][1]>ymax) ymax=gf[i][1];
				if (1*gf[i][1]<ymin) ymin=gf[i][1];
			}
		}
		// определим лабораторную энергию
		elab = ENV_ILS.getE();
		if (ENV_ILS.getSystem()== "cm") elab *= (1.0*PROJ_ILS.getA()+1.0*TARG_ILS.getA())/TARG_ILS.getA();
		else if (ENV_ILS.getSystem() == "E/A") elab *=1.0*PROJ_ILS.getA();
		AngDist_ils.setReaction(PROJ_ILS.getA(),PROJ_ILS.getZ(),TARG_ILS.getA(),TARG_ILS.getZ(),0,0,"pickup",elab,0,"");
		AngDist_ils.setData(gf,pts,ANGLE_ILS.getValue(),CROSS_SECTION_ILS.getValue(),error);
		AngDist_ils.getData(M_ils.system,cs_units);
		Chart_ils.addData(new ChartData(AngDist_ils.Npoint,4,AngDist_ils.WorkData,getColor(2),1,4,1,1,"",true));
	}
	Chart_ils.setIsLogScale(M_ils.scaleLog);
	Chart_ils.setDrawGrid(M_ils.gridLines);
	Chart_ils.draw();
}
//---------------------------------------------------------------------------
function menu_ils(key,options) {
if (key=="hide_grid_lines") { M_ils.gridLines=false; Chart_ils.hideGridLines(); }
else if (key=="show_grid_lines") { M_ils.gridLines=true; Chart_ils.showGridLines(); }
else if (key=="show_legend") { M_ils.legend=true; Chart_ils.showLegend(); }
else if (key=="hide_legend") { M_ils.legend=true; Chart_ils.hideLegend(); }
else if (key=="logarithmic") { M_ils.scaleLog=true; Chart_ils.showLogScale(); }
else if (key=="linear") { M_ils.scaleLog=false; Chart_ils.showLinearScale(); }
else if (key=="lab") { M_ils.system=key; draw_ils(); }
else if (key=="cm") { M_ils.system=key; draw_ils(); }
else if (key=="barn") { M_ils.crossSection=key; draw_ils(); }
else if (key=="mb") { M_ils.crossSection=key; draw_ils(); }
else if (key=="mcb") { M_ils.crossSection=key; draw_ils(); }
else if (key=="nb") { M_ils.crossSection=key; draw_ils(); }
else if (key=="pb") { M_ils.crossSection=key; draw_ils(); }
else if (key=="PNG") { 
	var canvas=document.getElementById("ID_CANVAS_ILS");        
	str=canvas.toDataURL("image/png").replace("data:image/png;base64,","");
	$.post("../save/save.php",{ body: str,filename:"chart.png",code:"base64"})
	.done(function(data){ window.open("../save/load.php/chart.png?filename=chart.png&extension=bbb","ourPicture"); });
}
else if (key=="SVG") { }
else if (key=="TEXT") { 
	str=Chart_ils.getAllData(true,false,"\t",4,false);
	$.post("../save/save.php",{ body: str,filename:"reaction.dat"})
	.done(function(data){ window.open("../save/load.php/reaction.dat?filename=reaction.dat&extension=bbb","ourPicture"); });
}
else if (key=="restore_initial") { Chart_ils.restoreInitialScale(); }
else if (key=="restore_previous") { Chart_ils.restorePreviousScale(); }
}
//---------------------------------------------------------------------------
function move_ils(e) { if (M_ils.mouseState) Chart_ils.continueZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function down_ils(e) { M_ils.mouseState=true; Chart_ils.startZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function up_ils(e) { if (M_ils.mouseState) { M_ils.mouseState=false; Chart_ils.endZoom(e.offsetX,e.offsetY); } }
//---------------------------------------------------------------------------
//                ELASTIC_SCATTERING
//---------------------------------------------------------------------------
function init_els() { // Init values
ANGLE_ELS.updateList("cm\nlab");
CROSS_SECTION_ELS.updateList("b\nmb\n&mu;b\nnb\npb\nσ/σ(Ruth)");
ERROR_ELS.updateList("%\nabs");
PROJ_ELS.setZ("2");
PROJ_ELS.setA("3");
TARG_ELS.setZ("6");
TARG_ELS.setA("14");
ENV_ELS.setE("72");
ENV_ELS.setSystem("lab");
ANGLE_ELS.setValue("cm");
CROSS_SECTION_ELS.setValue("σ/σ(Ruth)");
ERROR_ELS.setValue("%");
DATA_ELS.setValue("9 1.52 5 \n11 1.5 5 \n12.8 0.78 5 \n14.6 0.19 10 \n16.4 0.34 10 \n18.2 0.63 10 \n20 1.2 5 \n22 2 5 \n24 1.6 5 \n26 0.61 10 \n28 0.33 10 \n30 1.25 5 \n32 2.8 5 \n34 2.75 5 \n36 3.3 5 \n38 3.25 5 \n40 3.2 5 \n42 3.15 5 \n44 3.25 5 \n46 3.6 5 \n48 4.1 5 \n52 4.75 5 \n54 4.8 5 \n57 4.1 5 \n60 3.3 5 \n62.5 2.3 5 \n65 2.4 5 \n67.5 2.2 5 \n70 1.9 5 \n74 1.3 5 \n77 1 10 \n81 0.64 10 \n83 0.51 10 \n86 0.33 10 \n88 0.28 10 \n91 0.21 20 \n94 0.17 20 \n96 0.09 20 \n99 0.066 20 \n102 0.057 20 \n1070.032 20 \n112 0.025 20 \n117 0.013 20 \n123 0.0115 20 \n131 0.0055 30 \n138 0.0075 30 \n145 0.0095 30 \n149 0.003 30 \n158 0.0039 30 \n165 0.0085 30 \n169 0.031 30 \n172 0.05 40 \n174 0.085 30");
DATA_ELS.format();
M_els.system="cm";
M_els.crossSection="ratio";
draw_els(); // Рисуем данные
VARIANT_ELS.list(); // Показываем список вариантов
}
//---------------------------------------------------------------------------
function autoname_els() {
var s;
s=PROJ_ELS.getA()+PROJ_ELS.getElem()+" + "+TARG_ELS.getA()+TARG_ELS.getElem()+", E"+ENV_ELS.getSystem()+" = "+ENV_ELS.getE()+" MeV";
VARIANT_ELS.set(s);
}
//---------------------------------------------------------------------------
function save_els() {
var jsonString='\
{\
"Z_PROJ": "'+PROJ_ELS.getZ()+'",\
"A_PROJ": "'+PROJ_ELS.getA()+'",\
"Z_TARG": "'+TARG_ELS.getZ()+'",\
"A_TARG": "'+TARG_ELS.getA()+'",\
"E": "'+ENV_ELS.getE()+'",\
"E_SYS": "'+ENV_ELS.getSystem()+'",\
"ANGLE": "'+ANGLE_ELS.getValue()+'",\
"CROSS_SECTION": "'+CROSS_SECTION_ELS.getValue()+'",\
"ERROR": "'+ERROR_ELS.getValue()+'",\
"DATA": "'+DATA_ELS.getValue().replace(/\n/g,"\\n")+'"\
}\
';
return(jsonString);
}
//---------------------------------------------------------------------------
function load_els(data) {
var obj=JSON.parse(data);
PROJ_ELS.setZ(obj.Z_PROJ);
PROJ_ELS.setA(obj.A_PROJ);
TARG_ELS.setZ(obj.Z_TARG);
TARG_ELS.setA(obj.A_TARG);
ENV_ELS.setE(obj.E);
ENV_ELS.setSystem(obj.E_SYS);
ANGLE_ELS.setValue(obj.ANGLE);
CROSS_SECTION_ELS.setValue(obj.CROSS_SECTION);
ERROR_ELS.setValue(obj.ERROR);
DATA_ELS.setValue(obj.DATA);
DATA_ELS.format();
// Denikin 13/12/2015: при загрузке данных их отображаем в том виде, в котором они в базе
M_els.crossSection = CROSS_SECTION_ELS.getValue();
M_els.system = ANGLE_ELS.getValue();
draw_els(); // Рисуем данные
}
//---------------------------------------------------------------------------
function draw_els() {
	var i,j,k,l,n,pts,s,ss,s2,res="",w,w2,xmin,xmax,ymin,ymax,error,cs_units;
	// Значение Error
	error=ERROR_ELS.getValue();
	cs_units = M_els.crossSection;
	if (cs_units=="ratio") cs_units = "σ/σ(Ruth)";
	// Denikin, 13/12/2015: убираем разночтение в пунктах меню и в селекте диалога подготовки данных
	if (cs_units=="b") cs_units="barn";
	if (cs_units=="μb") cs_units="mcb";
	if (cs_units=="σ/σ(Ruth)") title_y=cs_units;
	else title_y="dσ/dΩ ("+cs_units+"/sr)";
	Chart_els=new Chart('ID_CANVAS_ELS','14px Arial','black','16px Arial','black',"Θ"+M_els.system+" (deg)",title_y,1,true,"gray","lightgoldenrodyellow",8,true,false,false);
	Chart_els.xAxisType=true;
	// Получаем значение
	s=DATA_ELS.getValue();
	// Проверка, что строка не пустая
	if (s!="") {
		// Разбиваем на строки
		s=s.split("\n");
		pts=s.length;
		var gf=createArray(pts,4);
		for (i=0;i<pts;i++) { // Цикл по строкам
			// Разбиваем на поля
			ss=s[i].trim();
			ss=ss.replace(new RegExp("    ",'g')," ");
			ss=ss.replace(new RegExp("   ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			// Разбиваем на поля
			s2=ss.split(" ");
			gf[i][0]=1.0*s2[0];
			gf[i][1]=1.0*s2[1];
			gf[i][2]=1.0*s2[2];
			gf[i][3]=gf[i][2];
			// Ищем мининум и максимум
			if (i==0) { xmin=gf[i][0]; xmax=gf[i][0]; ymin=gf[i][1]; ymax=gf[i][1]; }
			else {
				if (1*gf[i][0]>xmax) xmax=gf[i][0];
				if (1*gf[i][0]<xmin) xmin=gf[i][0];
				if (1*gf[i][1]>ymax) ymax=gf[i][1];
				if (1*gf[i][1]<ymin) ymin=gf[i][1];
			}
		}
		// определим лабораторную энергию
		elab = ENV_ELS.getE();
		if (ENV_ELS.getSystem()== "cm") elab *= (1.0*PROJ_ELS.getA()+1.0*TARG_ELS.getA())/TARG_ELS.getA();
		else if (ENV_ELS.getSystem() == "E/A") elab *=1.0*PROJ_ELS.getA();
		AngDist_els.setReaction(PROJ_ELS.getA(),PROJ_ELS.getZ(),TARG_ELS.getA(),TARG_ELS.getZ(),0,0,"pickup",elab,0,"");
		AngDist_els.setData(gf,pts,ANGLE_ELS.getValue(),CROSS_SECTION_ELS.getValue(),error);
		AngDist_els.getData(M_els.system,cs_units);
		Chart_els.addData(new ChartData(AngDist_els.Npoint,4,AngDist_els.WorkData,getColor(2),1,4,1,1,"",true));
	}
	Chart_els.setIsLogScale(M_els.scaleLog);
	Chart_els.setDrawGrid(M_els.gridLines);
	Chart_els.draw();
}
//---------------------------------------------------------------------------
function menu_els(key,options) {
if (key=="hide_grid_lines") { M_els.gridLines=false; Chart_els.hideGridLines(); }
else if (key=="show_grid_lines") { M_els.gridLines=true; Chart_els.showGridLines(); }
else if (key=="show_legend") { M_els.legend=true; Chart_els.showLegend(); }
else if (key=="hide_legend") { M_els.legend=true; Chart_els.hideLegend(); }
else if (key=="logarithmic") { M_els.scaleLog=true; Chart_els.showLogScale(); }
else if (key=="linear") { M_els.scaleLog=false; Chart_els.showLinearScale(); }
else if (key=="lab") { M_els.system=key; draw_els(); }
else if (key=="cm") { M_els.system=key; draw_els(); }
else if (key=="ratio") { M_els.crossSection=key; draw_els(); }
else if (key=="barn") { M_els.crossSection=key; draw_els(); }
else if (key=="mb") { M_els.crossSection=key; draw_els(); }
else if (key=="mcb") { M_els.crossSection=key; draw_els(); }
else if (key=="nb") { M_els.crossSection=key; draw_els(); }
else if (key=="pb") { M_els.crossSection=key; draw_els(); }
else if (key=="PNG") { 
	var canvas=document.getElementById("ID_CANVAS_ELS");        
	str=canvas.toDataURL("image/png").replace("data:image/png;base64,","");
	$.post("../save/save.php",{ body: str,filename:"chart.png",code:"base64"})
	.done(function(data){ window.open("../save/load.php/chart.png?filename=chart.png&extension=bbb","ourPicture"); });
}
else if (key=="SVG") { }
else if (key=="TEXT") { 
	str=Chart_els.getAllData(true,false,"\t",4,false);
	$.post("../save/save.php",{ body: str,filename:"reaction.dat"})
	.done(function(data){ window.open("../save/load.php/reaction.dat?filename=reaction.dat&extension=bbb","ourPicture"); });
}
else if (key=="restore_initial") { Chart_els.restoreInitialScale(); }
else if (key=="restore_previous") { Chart_els.restorePreviousScale(); }
}
//---------------------------------------------------------------------------
function move_els(e) { if (M_els.mouseState) Chart_els.continueZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function down_els(e) { M_els.mouseState=true; Chart_els.startZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function up_els(e) { if (M_els.mouseState) { M_els.mouseState=false; Chart_els.endZoom(e.offsetX,e.offsetY); } }
//---------------------------------------------------------------------------
/*function build_menu_els() {
var obj={};	
obj.items={
	'Show_grid_lines': {name: 'Show grid lines', icon: 'copy', visible: false},
	'Hide_grid_lines': {name: 'Hide grid lines', icon: 'cut', visible: true},
	'sep1': '---------',
	'Logarithmic_scale': {name: 'Set logarithmic scale', icon: 'quit', visible: false},
	'Linear_scale': {name: 'Set linear scale', icon: 'quit', visible: true},
	'sep3': '---------',
	'select': { id: 'id_select', name: 'Scale', type: 'select', options: {1: 'logarithmic', 2: 'linear' }, selected: 1 },
	'sep4': '---------',
	'save': {name: 'Save data', icon: 'quit'},
	'cut': {name: 'Show gridlines', type: 'checkbox', selected: true},
	'copy': {name: 'Copy', icon: 'copy'},
	'paste': {name: 'Paste', icon: 'primer'},
	'delete': {name: 'Delete', icon: 'delete'},
	view: {
		name: 'View', 
		items: {
			scale: {
				name: 'Scale',
				items: {
					logarithmic: { name: "logarithmic", type: 'radio', radio: 'scale', value: 1, selected: true },
					linear: { name: "linear", type: 'radio', radio: 'scale', value: 2  }
				}
			},
			'sep10': '---------',
			gridlines: { 'name': 'Show gridlines', type: 'checkbox', selected: true, callback: function(){ return true; } },
			'sep11': '---------',
			system: { 
				name: "System",
				items: {
					lab: { name: "lab" },
					cm: { name: "cm" },
				}
			},
			'sep12': '---------',
			cross_section: { 
				name: "Cross-section",
				items: {
					ratio: { name: "Ratio to Rutherford's" },
					barn: { name: "barn" },
					mb: { name: "mb" },
					mcb: { name: "mcb" },
					nb: { name: "nb" },
					pb: { name: "pb" }
				}
			}
		}
	}
};
obj.items.reaction= {
	r1: {name: "Our reaction"}
};
obj.callback=function(key,options) { menu_els(key,options); }; 
return(obj);
}*/
//---------------------------------------------------------------------------
//               		TRANSFER
//---------------------------------------------------------------------------
function init_tran() { // Init values
REACTION_TRAN.setValue("Stripping");
ANGLE_TRAN.updateList("cm\nlab");
CROSS_SECTION_TRAN.updateList("b\nmb\n&mu;b\nnb\npb");
ERROR_TRAN.updateList("%\nabs");
PROJ_TRAN.setZ("1");
PROJ_TRAN.setA("2");
TARG_TRAN.setZ("20");
TARG_TRAN.setA("40");
PART_TRAN.setZ("0");
PART_TRAN.setA("1");
ENV_TRAN.setE("11.8");
ENV_TRAN.setSystem("lab");
E_EXC_TRAN.setValue("0");
FSTATE_TRAN.setValue("7/2-");
ANGLE_TRAN.setValue("cm");
CROSS_SECTION_TRAN.setValue("mb");
ERROR_TRAN.setValue("%");
DATA_TRAN.setValue("20.51 2.424 0.2635 \n25.51 3.623 0.3494 \n30.72 4.715 0.3652 \n35.47 4.932 0.5386 \n40.65 4.44 0.4849 \n45.59 3.364 0.3672 \n51.2 2.271 0.2236 \n56.15 1.72 0.166 \n61.1 1.604 0.1346 \n66.08 1.756 0.1918 \n71.5 1.879 0.1815 \n76.46 1.855 0.1792 \n81.42 1.652 0.1454 \n86.37 1.42 0.1371 \n91.33 1.235 0.1192 \n96.05 1.05 0.1013 \n101.2 0.903 0.0872 \n106.4 0.8038 0.0675 \n111.4 0.7755 0.0748 \n116.1 0.7746 0.0748 \n121.1 0.7917 0.0764 \n126. 0.7907 0.0863 \n131. 0.827 0.0728 \n135.5 0.7709 0.0647 \n140.7 0.7185 0.0693 \n145.7 0.5766 0.0556 \n150.2 0.4902 0.0473 \n155.3 0.3888 0.0278 \n159.8 0.2879 0.0206 \n164.8 0.2131 0.0119");
DATA_TRAN.format();
M_tran.system="cm";
M_tran.crossSection="mb";
draw_tran(); // Рисуем данные
VARIANT_TRAN.list(); // Показываем список вариантов
}
//---------------------------------------------------------------------------
function autoname_tran() {
var s;
if (REACTION_TRAN.getValue()=="Stripping")
	s=TARG_TRAN.getA()+TARG_TRAN.getElem()+"("+PROJ_TRAN.getA()+PROJ_TRAN.getElem()+","+(PROJ_TRAN.getA()-PART_TRAN.getA())+Nuclei.getElemByZ(PROJ_TRAN.getZ()-PART_TRAN.getZ())+")"+(1*TARG_TRAN.getA()+1*PART_TRAN.getA())+Nuclei.getElemByZ(1*TARG_TRAN.getZ()+1*PART_TRAN.getZ())+", E"+ENV_TRAN.getSystem()+" = "+ENV_TRAN.getE()+" MeV";
else 	s=TARG_TRAN.getA()+TARG_TRAN.getElem()+"("+PROJ_TRAN.getA()+PROJ_TRAN.getElem()+","+(1*PROJ_TRAN.getA()+1*PART_TRAN.getA())+Nuclei.getElemByZ(1*PROJ_TRAN.getZ()+1*PART_TRAN.getZ())+")"+(TARG_TRAN.getA()-PART_TRAN.getA())+Nuclei.getElemByZ(TARG_TRAN.getZ()-PART_TRAN.getZ())+", E"+ENV_TRAN.getSystem()+" = "+ENV_TRAN.getE()+" MeV";

VARIANT_TRAN.set(s);
}
//---------------------------------------------------------------------------
function save_tran() {
var jsonString='\
{\
"REACTION": "'+REACTION_TRAN.getValue()+'",\
"Z_PROJ": "'+PROJ_TRAN.getZ()+'",\
"A_PROJ": "'+PROJ_TRAN.getA()+'",\
"Z_TARG": "'+TARG_TRAN.getZ()+'",\
"A_TARG": "'+TARG_TRAN.getA()+'",\
"Z_PART": "'+PART_TRAN.getZ()+'",\
"A_PART": "'+PART_TRAN.getA()+'",\
"E": "'+ENV_TRAN.getE()+'",\
"E_SYS": "'+ENV_TRAN.getSystem()+'",\
"E_EXC": "'+E_EXC_TRAN.getValue()+'",\
"FSTATE": "'+FSTATE_TRAN.getValue()+'",\
"ANGLE": "'+ANGLE_TRAN.getValue()+'",\
"CROSS_SECTION": "'+CROSS_SECTION_TRAN.getValue()+'",\
"ERROR": "'+ERROR_TRAN.getValue()+'",\
"DATA": "'+DATA_TRAN.getValue().replace(/\n/g,"\\n")+'"\
}\
';
return(jsonString);
}
//---------------------------------------------------------------------------
function load_tran(data) {
var obj=JSON.parse(data);
REACTION_TRAN.setValue(obj.REACTION);
PROJ_TRAN.setZ(obj.Z_PROJ);
PROJ_TRAN.setA(obj.A_PROJ);
TARG_TRAN.setZ(obj.Z_TARG);
TARG_TRAN.setA(obj.A_TARG);
PART_TRAN.setZ(obj.Z_PART);
PART_TRAN.setA(obj.A_PART);
ENV_TRAN.setE(obj.E);
ENV_TRAN.setSystem(obj.E_SYS);
E_EXC_TRAN.setValue(obj.E_EXC);
FSTATE_TRAN.setValue(obj.FSTATE);
ANGLE_TRAN.setValue(obj.ANGLE);
CROSS_SECTION_TRAN.setValue(obj.CROSS_SECTION);
ERROR_TRAN.setValue(obj.ERROR);
DATA_TRAN.setValue(obj.DATA);
DATA_TRAN.format();
M_tran.crossSection= CROSS_SECTION_TRAN.getValue();
M_tran.system= ANGLE_TRAN.getValue();
draw_tran(); // Рисуем данные
}
//---------------------------------------------------------------------------
function draw_tran() {
	var i,j,k,l,n,pts,s,ss,s2,res="",w,w2,xmin,xmax,ymin,ymax,error,cs_units;
	// Значение Error
	error=ERROR_TRAN.getValue();
	
	cs_units = M_tran.crossSection;
	if (cs_units=="b") cs_units="barn";
	if (cs_units=="μb") cs_units="mcb";
	Chart_tran=new Chart('ID_CANVAS_TRAN','14px Arial','black','16px Arial','black',"Θ"+M_tran.system+" (deg)","dσ/dΩ ("+cs_units+")",1,true,"gray","lightgoldenrodyellow",8,true,false,false);
	Chart_tran.xAxisType=true;
	// Получаем значение
	s=DATA_TRAN.getValue();
	// Проверка, что строка не пустая
	if (s!="") {
		// Разбиваем на строки
		s=s.split("\n");
		pts=s.length;
		var gf=createArray(pts,4);
		for (i=0;i<pts;i++) { // Цикл по строкам
			// Разбиваем на поля
			ss=s[i].trim();
			ss=ss.replace(new RegExp("    ",'g')," ");
			ss=ss.replace(new RegExp("   ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			// Разбиваем на поля
			s2=ss.split(" ");
			gf[i][0]=1*s2[0];
			gf[i][1]=1*s2[1];
			if (error=="abs") gf[i][2]=1*s2[2]; else  gf[i][2]=s2[1]*s2[2]/100; 
			gf[i][3]=gf[i][2];
			// Ищем мининум и максимум
			if (i==0) { xmin=gf[i][0]; xmax=gf[i][0]; ymin=gf[i][1]; ymax=gf[i][1]; }
			else {
				if (1*gf[i][0]>xmax) xmax=gf[i][0];
				if (1*gf[i][0]<xmin) xmin=gf[i][0];
				if (1*gf[i][1]>ymax) ymax=gf[i][1];
				if (1*gf[i][1]<ymin) ymin=gf[i][1];
			}
		}
		// определим лабораторную энергию
		elab = ENV_TRAN.getE();
		if (ENV_TRAN.getSystem()== "cm") elab *= (1.0*PROJ_TRAN.getA()+1.0*TARG_TRAN.getA())/TARG_TRAN.getA();
		else if (ENV_TRAN.getSystem() == "E/A") elab *=1.0*PROJ_TRAN.getA();
		AngDist_tran.setReaction(PROJ_TRAN.getA(),PROJ_TRAN.getZ(),TARG_TRAN.getA(),TARG_TRAN.getZ(),0,0,"pickup",elab,0,"");
		AngDist_tran.setData(gf,pts,ANGLE_TRAN.getValue(),CROSS_SECTION_TRAN.getValue(),error);
		AngDist_tran.getData(M_tran.system,cs_units);
		Chart_tran.addData(new ChartData(AngDist_tran.Npoint,4,AngDist_tran.WorkData,getColor(2),1,4,1,1,"",true));
	}	
	Chart_tran.setIsLogScale(M_tran.scaleLog);
	Chart_tran.setDrawGrid(M_tran.gridLines);
	Chart_tran.draw();
}
//---------------------------------------------------------------------------
function menu_tran(key,options) {
if (key=="hide_grid_lines") { M_tran.gridLines=false; Chart_tran.hideGridLines(); }
else if (key=="show_grid_lines") { M_tran.gridLines=true; Chart_tran.showGridLines(); }
else if (key=="show_legend") { M_tran.legend=true; Chart_tran.showLegend(); }
else if (key=="hide_legend") { M_tran.legend=true; Chart_tran.hideLegend(); }
else if (key=="logarithmic") { M_tran.scaleLog=true; Chart_tran.showLogScale(); }
else if (key=="linear") { M_tran.scaleLog=false; Chart_tran.showLinearScale(); }
else if (key=="lab") { M_tran.system=key; draw_tran(); }
else if (key=="cm") { M_tran.system=key; draw_tran(); }
else if (key=="ratio") { M_tran.crossSection=key; draw_tran(); }
else if (key=="barn") { M_tran.crossSection=key; draw_tran(); }
else if (key=="mb") { M_tran.crossSection=key; draw_tran(); }
else if (key=="mcb") { M_tran.crossSection=key; draw_tran(); }
else if (key=="nb") { M_tran.crossSection=key; draw_tran(); }
else if (key=="pb") { M_tran.crossSection=key; draw_tran(); }
else if (key=="PNG") { 
	var canvas=document.getElementById("ID_CANVAS_TRAN");        
	str=canvas.toDataURL("image/png").replace("data:image/png;base64,","");
	$.post("../save/save.php",{ body: str,filename:"chart.png",code:"base64"})
	.done(function(data){ window.open("../save/load.php/chart.png?filename=chart.png&extension=bbb","ourPicture"); });
}
else if (key=="SVG") { }
else if (key=="TEXT") { 
	str=Chart_tran.getAllData(true,false,"\t",4,false);
	$.post("../save/save.php",{ body: str,filename:"reaction.dat"})
	.done(function(data){ window.open("../save/load.php/reaction.dat?filename=reaction.dat&extension=bbb","ourPicture"); });
}
else if (key=="restore_initial") { Chart_tran.restoreInitialScale(); }
else if (key=="restore_previous") { Chart_tran.restorePreviousScale(); }
}
//---------------------------------------------------------------------------
function move_tran(e) { if (M_tran.mouseState) Chart_tran.continueZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function down_tran(e) { M_tran.mouseState=true; Chart_tran.startZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function up_tran(e) { if (M_tran.mouseState) { M_tran.mouseState=false; Chart_tran.endZoom(e.offsetX,e.offsetY); } }
//---------------------------------------------------------------------------
//               				 FUSION
//---------------------------------------------------------------------------
function init_fus() { // Init values
SYSTEM_FUS.updateList("cm\nlab");
CROSS_SECTION_FUS.updateList("b\nmb\n&mu;b\nnb\npb");
PROJ_FUS.setZ("8");
PROJ_FUS.setA("16");
TARG_FUS.setZ("62");
TARG_FUS.setA("154");
SYSTEM_FUS.setValue("lab");
CROSS_SECTION_FUS.setValue("mb");
DATA_FUS.setValue("57.86 0.18 0.05 0.05 \n58.36 0.19 0.04 0.04 \n58.86 0.81 0.06 0.06 \n59.36 1.06 0.09 0.09 \n59.86 2.4 0.2 0.2 \n60.36 3.6 0.3 0.3 \n60.86 5.1 0.3 0.3 \n61.36 7.7 0.3 0.3 \n61.86 11 0.4 0.4 \n62.36 15.4 0.5 0.5 \n62.86 19.4 0.4 0.4 \n63.36 25.2 0.4 0.4 \n63.86 31.9 0.4 0.4 \n64.36 39.8 0.5 0.5 \n64.86 46.8 1.2 1.2 \n65.36 61.5 0.7 0.7 \n65.86 74.3 0.8 0.8 \n66.36 87.1 1 1 \n66.86 103 1 1 \n67.36 118 1 1 \n67.86 138 1 1 \n68.36 165 2 2 \n68.86 186 2 2 \n69.36 201 2 2 \n69.86 222 2 2 \n70.36 247 4 4 \n70.72 263 3 3 \n71.36 295 3 3 \n71.86 318 3 3 \n72.36 341 4 4 \n72.86 354 4 4 \n73.36 375 4 4 \n73.86 391 4 4 \n75.86 463 5 5 \n77.86 555 6 6 \n79.86 630 6 6 \n89.86 933 9 9 \n99.86 1025 10 10 \n109.86 1229 13 13");
M_fus.system="lab";
M_fus.crossSection="mb";
draw_fus(); // Рисуем данные
VARIANT_FUS.list(); // Показываем список вариантов
}
//---------------------------------------------------------------------------
function autoname_fus() {
var s;
s=PROJ_FUS.getA()+PROJ_FUS.getElem()+" + "+TARG_FUS.getA()+TARG_FUS.getElem();
VARIANT_FUS.set(s);
}
//---------------------------------------------------------------------------
function save_fus() {
var jsonString='\
{\
"Z_PROJ": "'+PROJ_FUS.getZ()+'",\
"A_PROJ": "'+PROJ_FUS.getA()+'",\
"Z_TARG": "'+TARG_FUS.getZ()+'",\
"A_TARG": "'+TARG_FUS.getA()+'",\
"SYSTEM": "'+SYSTEM_FUS.getValue()+'",\
"CROSS_SECTION": "'+CROSS_SECTION_FUS.getValue()+'",\
"DATA": "'+DATA_FUS.getValue().replace(/\n/g,"\\n")+'"\
}\
';
return(jsonString);
}
//---------------------------------------------------------------------------
function load_fus(data) {
var obj=JSON.parse(data);
PROJ_FUS.setZ(obj.Z_PROJ);
PROJ_FUS.setA(obj.A_PROJ);
TARG_FUS.setZ(obj.Z_TARG);
TARG_FUS.setA(obj.A_TARG);
SYSTEM_FUS.setValue(obj.SYSTEM);
CROSS_SECTION_FUS.setValue(obj.CROSS_SECTION);
DATA_FUS.setValue(obj.DATA);
DATA_FUS.format();
M_fus.crossSection=CROSS_SECTION_FUS.getValue();
//M_fus.system=ANGLE_FUS.getValue();
M_fus.system=SYSTEM_FUS.getValue();
draw_fus(); // Рисуем данные
}
//---------------------------------------------------------------------------
function draw_fus() {
	var i,j,k,l,n,pts,s,ss,s2,res="",w,w2,xmin,xmax,ymin,ymax,error,cs_units;
	// Значение Error
	//cs_units=CROSS_SECTION_FUS.getValue();
	cs_units=M_fus.crossSection;
	if (cs_units=="b") cs_units="barn";
	if (cs_units=="mcb") cs_units="μb";
	//
	en_title=""; en_units="";
	if ((M_fus.system=="Elab")||(M_fus.system=="lab")) en_title="Elab"; en_units=" (MeV)";
	if ((M_fus.system=="Ecm")||(M_fus.system=="cm")) en_title="Ecm"; en_units=" (MeV)";
	if (M_fus.system=="Ecm_VC") en_title="Ecm/VC"; en_units="";
	if (M_fus.system=="Ecm1") en_title="1/Ecm"; en_units=" (1/MeV)";
	//
	Chart_fus=new Chart('ID_CANVAS_FUS','14px Arial','black','16px Arial','black',en_title+en_units,"σfus ("+cs_units+")",1,true,"gray","lightgoldenrodyellow",8,true,false,false);
	Chart_fus.xAxisType=true;
	// Получаем значение
	s=DATA_FUS.getValue();
	// Проверка, что строка не пустая
	if (s!="") {
		// Разбиваем на строки
		s=s.split("\n");
		pts=s.length;
		var gf=createArray(pts,4);
		for (i=0;i<pts;i++) { // Цикл по строкам
			// Разбиваем на поля
			ss=s[i].trim();
			ss=ss.replace(new RegExp("    ",'g')," ");
			ss=ss.replace(new RegExp("   ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			// Разбиваем на поля
			s2=ss.split(" ");
			gf[i][0]=1*s2[0];
			gf[i][1]=1*s2[1];
			if (error=="abs") gf[i][2]=1*s2[2]; else  gf[i][2]=s2[1]*s2[2]/100; 
			gf[i][3]=gf[i][2];
			// Ищем мининум и максимум
			if (i==0) { xmin=gf[i][0]; xmax=gf[i][0]; ymin=gf[i][1]; ymax=gf[i][1]; }
			else {
				if (1*gf[i][0]>xmax) xmax=gf[i][0];
				if (1*gf[i][0]<xmin) xmin=gf[i][0];
				if (1*gf[i][1]>ymax) ymax=gf[i][1];
				if (1*gf[i][1]<ymin) ymin=gf[i][1];
			}
		}
		EnDist_fus.setReaction(PROJ_FUS.getA(),PROJ_FUS.getZ(),TARG_FUS.getA(),TARG_FUS.getZ(),"");
		EnDist_fus.setData(gf,pts,SYSTEM_FUS.getValue(),CROSS_SECTION_FUS.getValue());
		if (cs_units=="μb") cs_units="mcb";
		EnDist_fus.getData(en_title,cs_units);
		Chart_fus.addData(new ChartData(EnDist_fus.Npoint,4,EnDist_fus.WorkData,getColor(2),1,4,1,1,"",true));
	}	
	Chart_fus.setIsLogScale(M_fus.scaleLog);
	Chart_fus.setDrawGrid(M_fus.gridLines);
	Chart_fus.draw();
}
//---------------------------------------------------------------------------
function menu_fus(key,options) {
if (key=="hide_grid_lines") { M_fus.gridLines=false; Chart_fus.hideGridLines(); }
else if (key=="show_grid_lines") { M_fus.gridLines=true; Chart_fus.showGridLines(); }
else if (key=="show_legend") { M_fus.legend=true; Chart_fus.showLegend(); }
else if (key=="hide_legend") { M_fus.legend=true; Chart_fus.hideLegend(); }
else if (key=="logarithmic") { M_fus.scaleLog=true; Chart_fus.showLogScale(); }
else if (key=="linear") { M_fus.scaleLog=false; Chart_fus.showLinearScale(); }
else if (key=="Elab") { M_fus.system=key; draw_fus(); }
else if (key=="Ecm") { M_fus.system=key; draw_fus(); }
else if (key=="Ecm_VC") { M_fus.system=key; draw_fus(); }
else if (key=="Ecm1") { M_fus.system=key; draw_fus(); }
else if (key=="barn") { M_fus.crossSection=key; draw_fus(); }
else if (key=="mb") { M_fus.crossSection=key; draw_fus(); }
else if (key=="mcb") { M_fus.crossSection=key; draw_fus(); }
else if (key=="nb") { M_fus.crossSection=key; draw_fus(); }
else if (key=="pb") { M_fus.crossSection=key; draw_fus(); }
else if (key=="PNG") { 
	var canvas=document.getElementById("ID_CANVAS_FUS");        
	str=canvas.toDataURL("image/png").replace("data:image/png;base64,","");
	$.post("../save/save.php",{ body: str,filename:"chart.png",code:"base64"})
	.done(function(data){ window.open("../save/load.php/chart.png?filename=chart.png&extension=bbb","ourPicture"); });
}
else if (key=="SVG") { }
else if (key=="TEXT") { 
	str=Chart_fus.getAllData(true,false,"\t",4,false);
	$.post("../save/save.php",{ body: str,filename:"reaction.dat"})
	.done(function(data){ window.open("../save/load.php/reaction.dat?filename=reaction.dat&extension=bbb","ourPicture"); });
}
else if (key=="restore_initial") { Chart_fus.restoreInitialScale(); }
else if (key=="restore_previous") { Chart_fus.restorePreviousScale(); }
}
//---------------------------------------------------------------------------
function move_fus(e) { if (M_fus.mouseState) Chart_fus.continueZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function down_fus(e) { M_fus.mouseState=true; Chart_fus.startZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function up_fus(e) { if (M_fus.mouseState) { M_fus.mouseState=false; Chart_fus.endZoom(e.offsetX,e.offsetY); } }
//---------------------------------------------------------------------------
//               		ERVAPORATION RESIDUES
//---------------------------------------------------------------------------
function init_evr() { // Init values
CROSS_SECTION_EVR.updateList("b\nmb\n&mu;b\nnb\npb");
SYSTEM_EVR.updateList("lab\ncm");
PROJ_EVR.setZ("3");
PROJ_EVR.setA("6");
TARG_EVR.setZ("62");
TARG_EVR.setA("144");
SYSTEM_EVR.setValue("lab");
CROSS_SECTION_EVR.setValue("mb");
DATA_EVR.setValue("19.96 0.03461 0.007079 0.007079 2n \n21.97 0.5508 0.1209 0.1209 2n \n23.97 8.278 1.03 1.03 2n \n25.97 5.883 0.6682 0.6682 3n \n25.98 42.79 6.051 6.051 2n \n27.97 77.55 9.658 9.658 2n \n27.97 39.05 4.435 4.435 3n \n29.97 128.8 13.24 13.24 3n \n29.99 65.58 9.254 9.254 2n \n32 218.9 20.13 20.13 3n \n32.01 53.38 6.662 6.662 2n \n34 299.5 34.02 34.02 3n \n34.03 35.92 4.475 4.475 2n \n36 372.1 42.26 42.26 3n \n36.02 16.82 2.102 2.102 2n \n38 404.9 37.22 37.22 3n \n38.04 8.834 1.103 1.103 2n \n40 376.6 38.73 38.73 3n \n40.06 3.553 0.4431 0.4431 2n");
draw_evr(); // Рисуем данные
VARIANT_EVR.list(); // Показываем список вариантов
}
//---------------------------------------------------------------------------
function autoname_evr() {
var s;
s=PROJ_EVR.getA()+PROJ_EVR.getElem()+" + "+TARG_EVR.getA()+TARG_EVR.getElem();
VARIANT_EVR.set(s);
}
//---------------------------------------------------------------------------
function save_evr() {
var jsonString='\
{\
"Z_PROJ": "'+PROJ_EVR.getZ()+'",\
"A_PROJ": "'+PROJ_EVR.getA()+'",\
"Z_TARG": "'+TARG_EVR.getZ()+'",\
"A_TARG": "'+TARG_EVR.getA()+'",\
"SYSTEM": "'+SYSTEM_EVR.getValue()+'",\
"CROSS_SECTION": "'+CROSS_SECTION_EVR.getValue()+'",\
"DATA": "'+DATA_EVR.getValue().replace(/\n/g,"\\n")+'"\
}\
';
return(jsonString);
}
//---------------------------------------------------------------------------
function load_evr(data) {
var obj=JSON.parse(data);
PROJ_EVR.setZ(obj.Z_PROJ);
PROJ_EVR.setA(obj.A_PROJ);
TARG_EVR.setZ(obj.Z_TARG);
TARG_EVR.setA(obj.A_TARG);
SYSTEM_EVR.setValue(obj.SYSTEM);
CROSS_SECTION_EVR.setValue(obj.CROSS_SECTION);
DATA_EVR.setValue(obj.DATA);
DATA_EVR.format();
M_evr.crossSection=CROSS_SECTION_EVR.getValue();
M_evr.system=SYSTEM_EVR.getValue();
draw_evr(); // Рисуем данные
}
//---------------------------------------------------------------------------
function checkChannel(s) { // Проверка правильности наименования канала
return(s);
}
//---------------------------------------------------------------------------
function draw_evr() {
$.get("get_mass_exc.php",{ z_proj: PROJ_EVR.getZ(),a_proj: PROJ_EVR.getA(), z_targ: TARG_EVR.getZ(), a_targ: TARG_EVR.getA() })
	.done(function(data){ Mass_exc_evr=data; draw_evr2(data); });
}
//---------------------------------------------------------------------------
function draw_evr2(q_gg) {
	var i,j,k,l,n,pts,s,ss,s2,res="",w,w2,xmin,xmax,ymin,ymax,error,cs_units,channels=0,flag;
	var channel=new Array();
	// Значение Error
	cs_units=M_evr.crossSection;
	angle_units=M_evr.system;
	if (cs_units=="b") cs_units="barn";
	if (cs_units=="mcb") cs_units="μb";
	Chart_evr=new Chart('ID_CANVAS_EVR','14px Arial','black','16px Arial','black',"E"+angle_units+" (MeV)","σfus ("+cs_units+"/sr)",1,true,"gray","lightgoldenrodyellow",8,M_evr.scaleLog,false,false);
	Chart_evr.xAxisType=true;
	// Получаем значение
	s=DATA_EVR.getValue();
	// Проверка, что строка не пустая
	if (s!="") {
		// Разбиваем на строки
		s=s.split("\n");
		pts=s.length;
		var gf=createArray(pts,5);
		for (i=0;i<pts;i++) { // Цикл по строкам
			// Разбиваем на поля
			ss=s[i].trim();
			ss=ss.replace(new RegExp("    ",'g')," ");
			ss=ss.replace(new RegExp("   ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			ss=ss.replace(new RegExp("  ",'g')," ");
			// Разбиваем на поля
			s2=ss.split(" ");
			gf[i][0]=1*s2[0];
			gf[i][1]=1*s2[1];
			gf[i][2]=1*s2[2];
			gf[i][3]=1*s2[3];
			gf[i][4]=checkChannel(s2[4]);
			// Проверка каналов
			if (channels==0) { channels=1; channel[0]=gf[i][4]; } // Добавляем самый первый канал
			else {
				flag=true;
				for (j=0;j<channels;j++) if (channel[j]==gf[i][4]) { flag=false; break; } // Такой канал уже есть
				if (flag) channel[channels++]=gf[i][4]; // Добавляем новый канал
			}
			// Ищем мининум и максимум
			if (i==0) { xmin=gf[i][0]; xmax=gf[i][0]; ymin=gf[i][1]; ymax=gf[i][1]; }
			else {
				if (1*gf[i][0]>xmax) xmax=gf[i][0];
				if (1*gf[i][0]<xmin) xmin=gf[i][0];
				if (1*gf[i][1]>ymax) ymax=gf[i][1];
				if (1*gf[i][1]<ymin) ymin=gf[i][1];
			}
		}
		// Сортируем каналы
		channel=channel.sort();
		// Сортируем строки по каналам
		for (j=0;j<channels;j++) { // Цикл по каналам
			var A=new Array();
			var I=new Array();
			n=0;
			for (i=0;i<pts;i++) { // Цикл по строкам
				if (gf[i][4]==channel[j]) {
					A[n]=s[i]; // Берём строку
					I[n]=i; n++; // Запоминаем индекс строки
				}
			}
			A=A.sort(); // Сортируем массив строк для текущегно канала
			for (i=0;i<n;i++) res=res+A[i]+"\n"; // Добавляем в поле-результат
			var gf2=createArray(n,4); // Создаём массив для построения графика
			for (i=0;i<n;i++) {
				gf2[i][0]=gf[I[i]][0];
				gf2[i][1]=gf[I[i]][1];
				gf2[i][2]=gf[I[i]][2];
				gf2[i][3]=gf[I[i]][3];
			}
			EnDist_evr.setReaction(PROJ_EVR.getA(),PROJ_EVR.getZ(),TARG_EVR.getA(),TARG_EVR.getZ(),"",q_gg,"");
			EnDist_evr.setData(gf2,n,SYSTEM_EVR.getValue(),CROSS_SECTION_EVR.getValue());
			if (cs_units=="μb") cs_units="mcb";
			EnDist_evr.getData(angle_units,cs_units);
		
			Chart_evr.addData(new ChartData(n,4,EnDist_evr.WorkData,getColor(j+2),1,4,1,1,channel[j],M_evr.scaleLog));
		}
	}
	Chart_evr.setIsLogScale(M_evr.scaleLog);
	Chart_evr.setDrawGrid(M_evr.gridLines);
	Chart_evr.draw();
	//DATA_EVR.setValue(res,false);
}
//---------------------------------------------------------------------------
function menu_evr(key,options) {
if (key=="hide_grid_lines") { M_evr.gridLines=false; Chart_evr.hideGridLines(); }
else if (key=="show_grid_lines") { M_evr.gridLines=true; Chart_evr.showGridLines(); }
else if (key=="show_legend") { M_evr.legend=true; Chart_evr.showLegend(); }
else if (key=="hide_legend") { M_evr.legend=true; Chart_evr.hideLegend(); }
else if (key=="logarithmic") { M_evr.scaleLog=true; Chart_evr.showLogScale(); }
else if (key=="linear") { M_evr.scaleLog=false; Chart_evr.showLinearScale(); }
else if (key=="lab") { M_evr.system=key; draw_evr(); }
else if (key=="cm") { M_evr.system=key; draw_evr(); }
else if (key=="exc") { M_evr.system=key; draw_evr(); }
else if (key=="barn") { M_evr.crossSection=key; draw_evr(); }
else if (key=="mb") { M_evr.crossSection=key; draw_evr(); }
else if (key=="mcb") { M_evr.crossSection=key; draw_evr(); }
else if (key=="nb") { M_evr.crossSection=key; draw_evr(); }
else if (key=="pb") { M_evr.crossSection=key; draw_evr(); }
else if (key=="PNG") { 
	var canvas=document.getElementById("ID_CANVAS_EVR");        
	str=canvas.toDataURL("image/png").replace("data:image/png;base64,","");
	$.post("../save/save.php",{ body: str,filename:"chart.png",code:"base64"})
	.done(function(data){ window.open("../save/load.php/chart.png?filename=chart.png&extension=bbb","ourPicture"); });
}
else if (key=="SVG") { }
else if (key=="TEXT") { 
	str=Chart_evr.getAllData(true,false,"\t",4,false);
	$.post("../save/save.php",{ body: str,filename:"reaction.dat"})
	.done(function(data){ window.open("../save/load.php/reaction.dat?filename=reaction.dat&extension=bbb","ourPicture"); });
}
else if (key=="restore_initial") { Chart_evr.restoreInitialScale(); }
else if (key=="restore_previous") { Chart_evr.restorePreviousScale(); }
}
//---------------------------------------------------------------------------
function move_evr(e) { if (M_evr.mouseState) Chart_evr.continueZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function down_evr(e) { M_evr.mouseState=true; Chart_evr.startZoom(e.offsetX,e.offsetY); }
//---------------------------------------------------------------------------
function up_evr(e) { if (M_evr.mouseState) { M_evr.mouseState=false; Chart_evr.endZoom(e.offsetX,e.offsetY); } }
//---------------------------------------------------------------------------